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Waste Prevention

Two-Step Chemolytic Delamination of Multilayer Laminated Packaging Films into Valuable Chemicals

The mechanical recycling of multilayer laminated packaging films (MLPF) poses a considerable challenge due to the heterogeneity in plastic types and adhesives utilized. To address this challenge, this study uses two-step integrated chemolysis to upcycle MLPF. First, acids (acetic acids, formic acids, and succinic acids) were used to delaminate MLPF into separate layers that are made of polyethylene terephthalate (PET) and metalized polyethylene (PE/Al).

Production of Omega-3-Rich Microalgae Oil as a Functional Food Additive from the Complete Utilization of Tuber Discards

The research group focuses on interdisciplinary studies aimed at advancing sustainable and innovative solutions in various industries. Valorization of Agro-industrial Residues: Developing methodologies to convert agro-industrial by-products into valuable resources, such as biofuels, bioplastics, and functional ingredients for the food and chemical industries. Biomass Utilization: Exploring the potential of biomass as a renewable resource for producing energy and chemical intermediates through efficient and environmentally friendly processes.

Free Online Environmental Sustainability Training Course with Certificate

This free online course provides a comprehensive introduction to the principles of sustainable development, community engagement, energy management, and corporate social responsibility in the context of sustainability. Funded by the UK government and the Department for Education, it is available at no cost to UK residents through a subsidized program, offering participants the opportunity to earn a certificate upon completion.

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